A closed-loop stepper motor refers to a stepper motor system that integrates feedback mechanisms to ensure precise control over its position, speed, and torque. Unlike traditional stepper motors, which are open-loop systems, closed-loop stepper motors use feedback devices such as encoders or resolvers to continuously monitor the motor's performance and adjust the current sent to the motor windings.

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A stepper motor driver is an actuator that converts electrical pulses into angular displacements. It precisely controls the number of steps, speed and direction of the stepper motor by receiving pulse signals from the control system.

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Integrated servo motors are mainly composed of servo motor body, encoder and driver. The servo motor body is the component that performs mechanical movement. The encoder is used to feedback the position and speed information of the motor, and the driver is responsible for receiving control signals and driving the motor to operate.

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A helical planetary gearbox is a mechanical transmission device composed of a planetary gear mechanism and helical gears. The core lies in the layout of the planetary gears. The central sun gear is surrounded by multiple planetary gears, and the outer side of the planetary gears wraps around the annular gear ring, and all gear axes remain parallel.

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Right-angle planetary gearboxes‌ are gearboxes used for deceleration or acceleration transmission, with the characteristics of high transmission efficiency, small size, low noise and long service life. Its core structure includes sun gear, planetary gear and inner ring gear. This structure can achieve high-efficiency transmission, and at the same time has high load-bearing capacity and long service life. ‌

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A linear stepper motor is an actuator that converts electrical pulse signals into linear displacement. Its motion mode is different from that of a rotary stepper motor. It directly outputs linear motion without the need for an intermediate conversion mechanism such as a lead screw or gear. A linear stepper motor consists of a stator and a mover.

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A closed-loop stepper motor is a device that combines the precise positioning of a traditional stepper motor with an advanced feedback mechanism. It achieves high-precision, low-jitter functions similar to servo motors by adding an encoder to the stepper motor.

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Hollow shaft stepper motors are a specially designed stepper motor whose core feature is that they have one or more hollow shafts. These shafts not only allow other parts of the motor to pass through, but also integrate additional functions as needed, such as heat dissipation and connection to other devices.

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Stepper motor encoders are a device designed specifically for stepper motors. They are mainly used to measure the rotor position, speed and direction of stepper motors, and to achieve precise control of stepper motors through feedback mechanisms.

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The working principle of planetary gearboxes is based on planetary gear mechanisms, which are similar in structure to the solar system. The core of the planetary gear mechanism is a sun gear, around which several planetary gears rotate, and these planetary gears are connected by a common planet carrier.

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Permanent magnet stepper motors are stepper motors that use permanent magnet steel. Its rotor is made of permanent magnet material. Permanent magnet stepper motors can provide large output torque. They are usually inner rotor type, and the outer surface of the cylindrical rotor is distributed with N poles and S poles.

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A hollow rotary actuator is a special type of rotary actuator whose core feature is a hollow shaft design. This design allows a hollow space inside the actuator through which other components or lines can pass, providing greater flexibility and convenience in applications.

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The worm gear reducer is a transmission machine with a compact structure, a large transmission ratio, and a self-locking function under certain conditions. It is one of the most commonly used reducers. It achieves the function of reducing speed and increasing torque through the meshing of the worm wheel and the worm.

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An integrated servo motor is a mechatronic device that highly integrates components such as the servo motor body, driver, and encoder, and achieves high-precision motion control through an internal closed-loop control system.

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The stepper motor encoder is a device used to measure the rotation position, speed and direction of the motor. It is usually composed of a rotary photoelectric encoder, a photoelectric switch and a digital signal processor, which can measure and feedback the angle and speed of the motor rotation in real time.

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Permanent magnet stepper motor , also known as PM stepper motor, is a motor that uses the interaction between permanent magnet and electromagnetic coil to achieve stepping motion.

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The working principle of planetary gearboxes is based on the special design of planetary gear mechanisms. The planetary gears rotate around the sun gear while rotating themselves.

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A stepper motor encoder is a device used to feedback the motion state and position of a stepper motor. It senses the motor's rotor motion, determines the motor's position and direction, and feeds this information back to the controller so that the controller can control the motor's motion.

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Hollow shaft stepper motors are a specially designed stepper motor whose core feature is that they have one or more hollow shafts. These hollow shafts not only allow other parts of the motor to pass through, but also integrate additional functions as needed, such as heat dissipation and connection to other devices.

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The working principle of planetary gearboxes is based on planetary gear mechanisms. The characteristic of this mechanism is that the axis of rotation of the gear is not fixed, but is installed on a rotatable bracket.

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A hollow rotary actuator is a special type of rotary actuator whose core components include motors, reducers, sensors and controllers.

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Permanent magnet stepper motor (PM stepper motor) is a stepper motor using permanent magnet steel. Its rotor is made of radial multi-pole magnetized permanent magnet steel, and the stator is processed into claw-type tooth poles by stamping.

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Pancake stepper motors are motors that convert electrical pulse signals into corresponding angular displacements or linear displacements. Each time an electrical pulse signal is input, the rotor rotates an angle or moves forward one step.

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A linear stepper motor is an electric motor that can convert electrical pulse signals into linear motion.

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A closed-loop stepper motor is a stepper motor with an encoder added to it to achieve the high-precision, low-jitter function of a servo motor.

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Linear Guide Rail is a mechanical component used to support and guide moving parts to make reciprocating linear motion in a given direction.

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Servo motors are motors that control the operation of mechanical components in servo systems. They are auxiliary motors that indirectly change speed.

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Integrated servo motors are devices that integrate motors and servo controllers. It combines the traditional separate structures of motors and servo controllers into one, greatly simplifying the system design and installation process.

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The definition of hollow shaft stepper motors is based on a design with a hollow hole in the center of its shaft. This design allows the axial direction to penetrate the space, allowing the transmission of materials, signals, light, etc. through the axial space, thereby optimizing the mechanical design and facilitating wiring.

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The helical planetary gearbox is a transmission device that combines the characteristics of helical gears and planetary gears, mainly used to reduce the transmission speed ratio and increase the torque of the motor.

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